Although the impact on the equilibrium quantity cannot be determined, a rise in demand and a decrease in supply will result in an increase in the equilibrium price. 1. Consumers now place a higher value on goods, and producers must charge a higher price to offer the goods; as a result, prices will rise for all quantities.
If demand increases at the same time as supply increases, as is the case in the scenario depicted, the new equilibrium price will be greater than the initial equilibrium price.
We therefore know that an increase in supply decreases equilibrium price and increases quantity, while a rise in supply increases equilibrium price and decreases quantity (and vice versa) (and vice versa).
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Answer: The Mexican trip with his best friends
Explanation:
Ryan cannot choose both options and thus has to make a decision of which option to take. Therefore he automatically sacrifices the other option. This type of decision is relevant and is known as a relevant cost. Relevant costs are costs that differ between alternatives, and thus influence the decision that you will make.
Opportunity cost is a type of relevant cost. This is the option that is given up / sacrificed when one option (laptop) is chosen over another (Mexican trip). In this case the opportunity cost is the Mexican trip when the laptop is chosen.
The answer to the blank space is etiquette and manners.
When a salesperson receives training to enhance their etiquette and manners, it would help with their self-confidence when meeting potential clients or customers. It would also help them in establishing a good relationship with these individuals, since people are more receptive to people with good manners.
Answer:
$67,000
Explanation:
The total revenue will be income from the 300 rooms and that from 100 rooms
=(300 x $140) + ($100 x 250)
=$42,000 +$25,000
=$67,000
Answer:
Loan Amortization Table is attached with this answer, please find it
Explanation:
First of all we calculate the Loan Payment per period
Loan Payment per year = r ( PV ) / 1 - ( 1 + r )^-n
Loan Payment per year = 0.11 ( (102,049 - 40,000 ) / 1 - ( 1 + 0.11 )^-4
Loan Payment per year = $6,825.39 / 0.341269 = 20,000 per year
